Category: Aviation Maintenance Technician School

  • Clover Park Technical College

    Clover Park Technical College

    Clover Park Technical College, situated in Lakewood, Washington, is home to one of the most comprehensive Aviation Maintenance Technician programs in the Pacific Northwest. Operating from its dedicated South Hill Campus at the Pierce County Airport, the program provides an FAA-certified Part 147 curriculum that covers the full spectrum of aircraft maintenance, repair, and overhaul. The college is recognized for its high-tech laboratory environments and its impressive fleet of training aircraft, which include both modern turbine-powered jets and traditional reciprocating-engine planes.

    The training at Clover Park is characterized by its rigor and its alignment with the needs of the massive aerospace corridor in Washington. Students undergo intensive instruction in advanced composites, digital avionics troubleshooting, and complex structural repair, ensuring they are prepared for the evolving technologies of modern aviation. With strong ties to industry leaders like The Boeing Company, Clover Park Technical College is a vital hub for the regional aerospace workforce. Graduates are sought after for their deep technical foundation, their mastery of safety-critical systems, and their commitment to the highest standards of airworthiness.

  • Dutchess Community College

    Dutchess Community College

    Dutchess Community College (DCC) offers an elite FAA Part 147 approved Aviation Maintenance program based at its state-of-the-art Aviation Education Center at the Hudson Valley Regional Airport. The program provides multiple pathways, including an intensive 12-month certificate and a 20-month Associate of Applied Science degree. DCC is known for its small cohort sizes and its professional hangar facility, which houses an impressive training fleet that includes a Gulfstream G3 jet and Robinson helicopters.

    The training at DCC focuses on the immediate practical skills required for the aircraft maintenance industry, with modules covering structural sheet metal, reciprocating engine performance, and advanced avionics systems. Students spend 40 hours a week in a professional learning environment that mirrors the expectations of the flight line. This immersive approach has led to high success for DCC graduates, who are frequently recruited by major airlines and corporate flight departments before they even complete their studies. By providing top-tier technical training in the heart of the Hudson Valley, DCC remains a primary provider of talent for the Northeast aerospace corridor.

  • Greenville Technical College

    Greenville Technical College

    Greenville Technical College provides a highly respected Aviation Maintenance Technology program based at the South Carolina Technology and Aviation Center (SCTAC). As an FAA-approved institution, the college offers an Associate of Applied Science degree and specialized certificates designed to train future mechanics in the rigorous standards of both commercial and general aviation. The program is noted for its comprehensive curriculum, which balances deep theoretical knowledge with extensive hands-on training in sheet metal repair, flight control rigging, and engine maintenance.

    Students at Greenville Technical College train on both reciprocating and turbine engines, mastering the diagnostics of complex fuel, lubrication, and ignition systems. The program’s facility at the former Donaldson Center provides a realistic airport context for learning, and an articulation agreement with Embry-Riddle Aeronautical University allows for continued career advancement. With a focus on technical precision and strict adherence to FAA regulations, Greenville Tech produces job-ready graduates who provide a vital workforce pool for regional air carriers, corporate flight departments, and global aircraft manufacturers. The college’s commitment to excellence makes it a primary driver of the South Carolina aerospace economy.

  • Lansing Community College

    Lansing Community College

    Lansing Community College (LCC) provides a comprehensive Aviation Maintenance Technology program at its state-of-the-art center located at Mason-Jewett Field in Michigan. The 24-month curriculum is FAA-accredited and features a strategic partnership with Delta Air Lines, ensuring students are trained to the highest industry standards. LCC offers both associate degrees and certificates, focusing on aircraft ground handling, reciprocating and turbine engines, and advanced structural repair. The program’s facility includes modern classrooms and specialized bay workstations where students gain hands-on experience on both large and small aircraft.

    Students in the LCC program develop a deep understanding of aviation regulations and the mechanical systems essential for airworthiness. The curriculum is designed to produce employable technicians who can immediately contribute to commercial and general aviation maintenance teams. By maintaining high academic standards and providing access to industry-current equipment, LCC ensures its graduates are well-prepared for the FAA licensure process. The program’s reputation for excellence is reflected in the high job placement rate for its graduates, many of whom secure roles with major airlines and regional repair facilities before completing their studies.

  • University of Alaska Anchorage

    University of Alaska Anchorage

    The University of Alaska Anchorage (UAA) provides an FAA-approved Aviation Maintenance Technology program designed to meet the unique challenges of the state’s massive aviation industry. The program takes a holistic approach, training students on everything from small bush planes to large commercial aircraft, including a dedicated Boeing 727 trainer. UAA offers an Associate of Applied Science (AAS) degree and specialized certificates in Airframe and Powerplant, focusing on the critical thinking and practical skills needed for success in remote and harsh maintenance environments.

    The UAA curriculum includes nearly 2.5 years of technical and academic instruction, covering aircraft fuel systems, structural repair, and advanced electronics. Students gain extensive experience in dedicated labs where they perform engine overhauls and inspect complex flight control systems. UAA’s program is highly regarded by regional carriers and the FAA, with many students securing roles as mechanic assistants while still in school. By producing highly skilled technicians who can operate in Alaska’s diverse aviation sectors-from oil and gas support to international cargo-UAA serves as a vital cornerstone for the region’s aerospace infrastructure.

  • Middle Georgia State University

    Middle Georgia State University

    Middle Georgia State University (MGA) offers aviation maintenance education through its School of Aviation, which includes Aviation Maintenance and Structural Technology programs with both degree and certificate options. Unlike many technical colleges that focus only on a certificate or associate pathway, MGA is a public university with a broader aviation ecosystem that also includes flight and air traffic management programs. For a student who wants to train in an environment where multiple aviation disciplines operate side by side, that campus context can be a real advantage. MGA highlights that its aviation programs include FAA-certified training and that students can pursue options that align with hands-on technical careers as well as longer-term management or leadership goals.

    MGA’s aviation maintenance area is presented as the home for Aviation Maintenance Technology (AMT) and Aircraft Structural Technology (AST). Students who enter this pathway should expect to learn the fundamentals required to maintain aircraft safely and legally: regulations and maintenance documentation, inspection methods, aircraft structures and systems, basic electricity and instruments, powerplant fundamentals, and troubleshooting practices that are essential in both general aviation and airline maintenance settings. University-based programs often integrate general education requirements with technical training, which can appeal to students who want more academic breadth or who may later pursue supervisory roles.

    A distinctive opportunity MGA mentions is the ability to earn college credit for prior aviation maintenance experience and to pursue a Bachelor of Applied Science in Technical Management designed to complement technical skills with management education. For experienced maintainers, veterans, or students who expect to keep advancing after earning FAA ratings, that kind of ladder can be valuable. It helps connect hands-on maintenance capability with the leadership, communication, and organizational skills that matter in larger maintenance organizations.

    When evaluating MGA, you should confirm the exact credential you plan to pursue (associate-level option versus certificate), the pathway to FAA mechanic testing eligibility, and your expected program length in months. You should also ask about the facilities used for maintenance training and how much of the learning is lab-based versus classroom-based. MGA provides a clear point of contact within the School of Aviation, which is helpful if you want to ask about admissions steps, transfer credit, the structure of the AMT curriculum, and how the aviation campus environment supports training. If you are deciding between multiple schools, MGA is a strong candidate for students who want a university setting with aviation depth and the possibility of continuing into a management-focused bachelor pathway after completing technical training.

  • Baton Rouge Community College

    Baton Rouge Community College

    Baton Rouge Community College (BRCC) offers Aviation Maintenance Technology through its Technical Education division, with aviation programs listed at the BRCC Central Site on Hooper Road in Central, Louisiana. BRCC’s aviation maintenance pathway is built around preparing students for the Federal Aviation Administration (FAA) Airframe and Powerplant (A&P) licensing exams and for entry-level careers in aircraft maintenance, servicing, inspection, and related aviation support roles.

    BRCC structures its aviation maintenance offerings to include an Associate of Applied Science (AAS) degree as well as shorter certificate options that focus on specific subject areas (such as airframe or powerplant). This structure can be useful for students who want a long-term credential while still having the option to earn an earlier certificate and move into employment. In general, an AAS pathway includes technical aviation coursework plus general education courses, which can support future career advancement into leadership, quality, or technical management roles.

    Aviation maintenance training is inherently hands-on, and BRCC’s published program information emphasizes the depth of coverage needed for A&P readiness. Students can expect to work through general maintenance practices, aircraft structures, aircraft systems, electrical topics, and powerplant coursework, with an emphasis on the skills required for the written, oral, and practical portions of FAA licensing. Because A&P success depends on both knowledge and performance, students should plan for significant lab time, repeated practice, and a disciplined approach to attendance and preparation.

    The Central Site location is a key logistical detail for students. BRCC lists aviation maintenance programs as offered at the Hooper Road site in Central, so students should plan commuting, parking, and daily schedule expectations around that campus rather than assuming the main Baton Rouge address. Before enrolling, students should confirm the latest term start dates, typical weekly schedule (most maintenance programs are daytime due to lab constraints), and any equipment or tool requirements.

    Prospective students should also ask about support for licensing and employment. Many schools help students prepare for the transition from coursework to FAA testing, including guidance on scheduling the exams and building confidence for the oral and practical portions. On the employment side, ask about local industry connections and whether the program maintains relationships with regional airports, operators, maintenance shops, or larger employers that recruit from Louisiana.

    In summary, Baton Rouge Community College’s Aviation Maintenance Technology program is a strong regional option for students who want an AAS pathway oriented toward A&P readiness, prefer a technical education setting with hands-on training, and want access to an aviation program offered at the BRCC Central Site in Central, Louisiana.

  • Colorado Northwestern Community College

    Colorado Northwestern Community College

    Colorado Northwestern Community College (CNCC) features a robust Aviation Maintenance Technology program located at its state-of-the-art facility in Rangely. This FAA Part 147 certified program offers both an Associate of Applied Science degree and specialized certificates, focusing on the high-level technical skills required for the aircraft maintenance industry. CNCC is known for its small class sizes and personalized instruction, with a curriculum that is evenly split between classroom theory and intensive, hands-on lab work in the hangar.

    Students at CNCC gain practical experience working on a diverse fleet of aircraft, including corporate jets and twin-engine prop planes. The training covers the full breadth of A&P disciplines, from advanced composites and avionics to engine disassembly and overhaul. The program’s rural campus provides an immersive educational environment, and transfer agreements with four-year universities offer graduates a clear path for further education. CNCC continues to be a top choice for aspiring mechanics seeking a high-quality, cost-effective education that prepares them for success in the private, corporate, and commercial aviation sectors.

  • Eastern Florida State College

    Eastern Florida State College

    Eastern Florida State College (EFSC) offers an FAA-certified Part 147 Aviation Maintenance Technician program through its Aviation Center at Melbourne International Airport. EFSC’s program is a clock-hour, cohort-based pathway designed to prepare students for FAA Airframe & Powerplant certification by combining classroom instruction with hands-on training in a maintenance shop and hangar environment. A key point for prospective students is the structure and timeline. EFSC describes the program as consisting of two Career and Technical Certificates-Airframe Mechanics and Powerplant Mechanics-with a stated timeframe of two years to complete both. The program totals 2,250 clock hours for the full Airframe + Powerplant route. EFSC also outlines how the hours are sequenced: 450 hours of General training followed by 900 hours each for Airframe and Powerplant. This transparency is helpful for students who want to understand exactly what they will be learning and how the program aligns to FAA requirements. Schedule is another differentiator. EFSC states that classes are held Monday through Thursday from 8:15 AM to 4:35 PM during fall, spring, and summer terms, making it a full-time daytime commitment. That format is often attractive for students who want a consistent schedule and faster momentum, but it’s also important to plan for the time commitment if you’ll be balancing work or family responsibilities. EFSC positions itself as an affordable route to A&P certification and provides cost estimates, along with information about financial aid and veterans benefits eligibility. The program is also limited access and uses a special application and selection process, including required testing (such as TABE math) and performance standards for lab participation. For serious applicants, the best approach is to request the program information packet and connect directly with the program advisor to confirm deadlines, seat availability, and next start dates. From a career standpoint, EFSC highlights the industry demand for A&P mechanics and the broad applicability of the credential across aviation and related industries. Graduates may pursue roles in airline support, general aviation maintenance, MRO environments, and other technical sectors where turbine and mechanical systems skills are valuable. If you’re evaluating EFSC, confirm total required costs beyond tuition (books, tools, testing fees), ask about local housing guidance if relocating, and verify how EFSC supports students scheduling and preparing for FAA written, oral, and practical exams. If you are comparing A&P options, a practical way to evaluate fit is to confirm the FAA Part 147 approval status, ask how the curriculum is sequenced (General, Airframe, Powerplant), and request a calendar showing start dates and daily class times. You can also ask whether the school helps schedule FAA written, oral, and practical testing after each phase, what tools or uniforms are required, and what employers typically recruit from recent graduating cohorts. Finally, confirm total estimated costs (tuition, fees, books, tools) and whether financial aid, scholarships, veteran benefits, or payment plans are available for your situation. These details make it much easier to compare programs apples-to-apples and choose the path that matches your timeline, budget, and long-term career goals.

  • Guilford Technical Community College

    Guilford Technical Community College

    Guilford Technical Community College (GTCC) is home to the largest Aviation Systems Technology program in North Carolina, operating from its expansive aviation campus near Piedmont Triad International Airport. As an FAA-certified Part 147 school, GTCC provides an elite training environment featuring a 12,000-square-foot hangar and specialized labs for engine theory, avionics, and structural repair. The program offers multiple pathways, including a six-semester Associate degree and a 20-month certificate track focused on Airframe and Powerplant (A&P) licensure.

    The GTCC curriculum is characterized by its technical rigor and its focus on the practical mastery of aircraft maintenance. Students engage in the inspection, repair, and servicing of a diverse fleet of training aircraft and rotorcraft, mastering the diagnostic skills essential for modern flight safety. The program’s massive scale and strong industry connections provide students with unparalleled networking opportunities, with many graduates securing roles at major regional MRO facilities and international airlines. Guilford Tech-trained technicians are recognized for their technical versatility, their deep foundation in federal regulations, and their commitment to maintaining the highest standards of airworthiness.